Services / Solar groundwater monitoring

Solar-Powered Groundwater Monitoring Systems

Solar power, sensing, data logging and remote communications planned around the groundwater-monitoring objective and the conditions at the site.

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Based in St. Petersburg · Project scope and coverage confirmed with your team

ATI solar-powered mobile field trailer with roof-mounted solar panels — Solar power for field equipment

Monitoring configurations depend on the site and specified load

Methods matched to the project

How can solar power support groundwater monitoring?

A solar-powered groundwater monitoring system combines photovoltaic power, battery storage, monitoring sensors and a data logger. Remote communications can transmit the recorded information where suitable connectivity is available. Ambient’s offering brings these components together for monitoring locations where grid power is unavailable or unreliable.

Specify the measurements first

Measure Groundwater levels, pressure, temperature or selected water-quality parameters.
Record Sampling intervals, data storage and required outputs.
Transmit Site connectivity, remote access and any required alerts.

Solar generation & battery storage

Size photovoltaic generation and battery capacity around the equipment load, monitoring duty cycle and expected low-sun conditions.

Sensors & data logging

Define sensors, measurement ranges, recording intervals and data-logger requirements for routine or event-driven monitoring.

Communications & remote access

Review cellular, satellite or LoRaWAN options where appropriate, together with remote diagnostics, data access and threshold-alert requirements.

Water-quality measurements are configuration-specific

The published offering discusses pH, turbidity, dissolved oxygen and specific conductance, as well as nutrient or metal monitoring. Confirm the sensor or analyzer needed for each parameter, its suitability and any separate sampling or laboratory work before specifying the system.

Plan data quality and continued operation

Agree calibration, maintenance, data checks, storage, interfaces and service access. Battery autonomy, communications coverage and alert delivery depend on the selected equipment, operating conditions and site configuration.

Monitoring system / component coordination

Plan the power and data path as one system

The monitoring objective determines the sensors and recording interval. Those choices set the power, storage and communications requirements. Review the complete configuration before installation.

Site-specific configuration

Load, generation, storage and data needs are reviewed together.

Solar input

Photovoltaic generation selected for the site and equipment load.

Stored power

Battery capacity reviewed against duty cycle and low-sun conditions.

Measurement & records

Specified sensors feed the data logger at the agreed intervals.

Data delivery

Selected communications and interfaces provide the agreed remote access.

Prepare for mobilization

Start with the monitoring plan and site information

Equipment selection follows the measurements, reporting needs and expected operating conditions.

Site and installation

Location, well or instrument layout, shade, mounting, security, flood exposure, access and any existing power or communications.
Measurements and data

Parameters, ranges, logging intervals, data format, remote access, alert thresholds and required communications.
Operation and responsibilities

Deployment duration, maintenance, calibration, battery autonomy target, data review and installation responsibilities. Confirm system suitability and coverage for the site.

Based in St. Petersburg

Project coverage

Coordinate the project with Ambient’s St. Petersburg team. Share the monitoring location and operating requirements so installation, support and coverage can be reviewed.

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Useful before you start

Questions before mobilization

Practical answers to help define the scope.

Is a solar monitoring system the same as a monitoring well?

No. The well provides access to groundwater; the solar-powered equipment supplies power, records measurements and may transmit data. Well design, installation and the monitoring equipment are related but separate scopes.

Does every site have real-time remote data?

Remote access depends on the communications equipment, coverage, power budget and reporting configuration. Confirm the required update interval and connectivity during scoping.

Can water-quality parameters be included?

Selected parameters can be considered when suitable sensors or analyzers are specified. Agree the parameters, calibration and maintenance requirements, and any separate sampling or laboratory work with the responsible project professional.